Reduce Business Energy Costs with Efficient Entrance Systems This Summer
As summer temperatures increase across the UK, businesses face the challenge of maintaining comfortable indoor environments while managing escalating cooling costs. With air conditioning systems working overtime and energy bills climbing, finding effective ways to achieve business energy savings becomes crucial for reducing operational expenses while ensuring a productive working environment for your team.
Here we explore 7 practical strategies for reducing business energy costs this summer, with a particular focus on how entrance systems can make a significant impact on cooling efficiency. But first, let's examine why energy efficiency should be a top business priority during the warmer months.
Cost Reduction and Financial Savings
Summer cooling costs can account for up to 40% of a building's total energy consumption. With air conditioning systems running continuously during peak temperatures, businesses face substantial energy bills that can severely impact profitability.
Non-domestic energy users can access support through the Energy Bills Discount Scheme, but these allowances are less generous than previous provisions. Any improvements you make to create a more energy-efficient business now will deliver meaningful savings throughout the summer months and beyond.
Enhanced Environmental Credentials
Reducing cooling energy consumption directly decreases your carbon footprint, benefiting both the environment and your business reputation. Air conditioning systems are among the highest energy consumers in commercial buildings, making summer efficiency improvements particularly impactful.
With consumers increasingly willing to support environmentally responsible businesses, energy efficiency improvements during peak cooling season can provide a competitive advantage in the marketplace.
Regulatory Compliance Preparation
The UK government's commitment to achieving net zero emissions by 2050 will require significant changes in how businesses operate. Currently, companies account for 18% of UK carbon emissions, with cooling systems representing a substantial portion during summer months.
Organizations that proactively improve energy efficiency now will be better positioned to meet future regulatory requirements with minimal disruption to operations.
7 Strategies for Business Energy Savings This Summer
Understanding why energy efficiency matters is the first step. Now let's explore practical measures you can implement to keep your buildings cool efficiently.
1. Invest in High-Performance Entrance Systems
Buildings typically gain 25-30% of unwanted heat through doors and windows during summer, making entrance systems a critical focus for cooling efficiency initiatives. Poor entrance design forces air conditioning systems to work harder, dramatically increasing energy consumption.
Insulated entrance doors provide exceptional thermal performance, preventing hot air infiltration and keeping conditioned air inside. Revolving doors offer superior energy efficiency by minimizing air exchange between hot exterior and cool interior environments.
For high-traffic industrial facilities, high-speed doors significantly reduce cooling loss by minimizing the time doors remain open during operation. Automatic sliding doors with advanced sensor technology can optimize opening cycles to maintain climate control while ensuring smooth traffic flow.
GB Entrance Engineering specializes in energy-efficient entrance solutions that can dramatically reduce cooling loss while enhancing operational efficiency. Our warehouse door installation UK services ensure optimal performance during peak summer temperatures.
2. Upgrade to High-Performance Glazing Systems
If your business operates in an older facility, outdated glazing may be significantly increasing your cooling costs. Single-glazed windows allow excessive heat gain and should be prioritized for replacement during summer efficiency upgrades.
Upgrading to double or triple-glazed systems with low-E coatings provides substantial cooling energy savings by reflecting solar heat. For entrance applications, insulated glass curtain walls and thermally broken aluminum framing can provide excellent thermal performance while maintaining aesthetic appeal.
If immediate glazing replacement isn't feasible, professional solar film installation and improved weathersealing around existing windows can provide interim improvements. Learn more about glazing energy efficiency standards from the UK Government.
3. Improve Building Envelope Insulation
Buildings gain substantial heat through walls and roofs during summer. Proper insulation helps maintain cool temperatures while reducing air conditioning system workload, leading to significant energy savings.
Consider modern insulation solutions including reflective insulation, advanced fiberglass, or cavity wall insulation specifically designed for summer cooling. For specialized environments like cold storage facilities, aerogel insulation provides exceptional performance year-round. Cool roof systems can also provide insulation benefits while reflecting solar heat.
The Energy Saving Trust provides comprehensive guidance on insulation options for commercial properties that work effectively in both winter and summer conditions.
4. Upgrade to Efficient Technology and Equipment
Long-term energy efficiency improvements often involve equipment upgrades that work effectively during peak cooling season. The government's Energy Technology List identifies approved energy-saving equipment suitable for various business applications.
For entrance systems, this includes energy-efficient automatic door repair services that ensure optimal sealing performance, LED lighting systems for entrance areas that generate less heat, and advanced building management system integration that optimizes entrance operation based on occupancy and environmental conditions.
Our industrial door maintenance programs ensure your systems continue operating at peak efficiency during summer, preventing air leakage that forces cooling systems to work harder.
5. Implement Intelligent Lighting Solutions
Reducing electricity consumption and heat generation through lighting improvements provides immediate summer energy savings. Traditional lighting generates significant heat that increases cooling loads.
LED lighting systems offer significant energy reductions and generate 75% less heat than traditional lighting, reducing the burden on air conditioning systems. Motion sensors and daylight harvesting systems ensure lights operate only when needed, particularly beneficial during long summer days.
For entrance areas, integrated LED lighting in entrance systems can provide both aesthetic enhancement and energy efficiency while minimizing heat generation.
6. Deploy Energy Monitoring Systems
Comprehensive energy monitoring provides detailed insights into cooling consumption patterns, going far beyond basic smart meter data. Summer cooling loads can vary dramatically throughout the day, making monitoring crucial for optimization.
By analyzing energy usage across different areas and times, you can identify peak cooling periods and prioritize efficiency investments where they'll deliver maximum returns. For entrance systems, monitoring can reveal how door operation patterns affect overall building cooling consumption during hot weather.
The Carbon Trust offers detailed guidance on implementing effective energy monitoring systems, including summer-specific strategies.
7. Maintain HVAC and Building Systems for Summer Performance
Well-maintained cooling systems operate more efficiently during peak summer demand, translating directly to cost savings. Before peak summer arrives, ensure all systems are properly serviced and optimized for hot weather operation.
This includes not only air conditioning servicing and filter replacement but also ensuring entrance systems are properly integrated with HVAC controls to minimize conditioned air loss during door operation.
Our roller shutter maintenance UK services ensure your systems operate efficiently during summer heat, preventing energy waste from poorly maintained equipment that allows hot air infiltration.
The Critical Role of Entrance Systems in Summer Energy Efficiency
Among all the energy-saving strategies available to businesses, upgrading entrance systems often provides the most significant and immediate impact on summer cooling costs.
Why Entrance Systems Matter for Summer Energy Efficiency:
Hot air infiltration control: Properly designed entrance systems minimize uncontrolled hot air entry that increases cooling loads
Thermal bridging reduction: Advanced framing systems prevent heat transfer through structural elements during hot weather
Automated operation: Smart entrance systems optimize opening cycles to reduce cooling loss during peak temperatures
Integration capabilities: Modern entrance systems can integrate with building management systems for optimal summer performance
Entrance Solutions for Maximum Summer Energy Savings:
Revolving doors: Provide superior energy performance by maintaining air locks that prevent hot air infiltration
Automatic sliding doors: Minimize opening time and optimize traffic flow to reduce cooling loss
High-speed industrial doors: Reduce cooling loss in high-traffic environments during hot weather
Insulated entrance systems: Provide thermal barriers that keep hot air out and cool air in
Vestibule systems: Create thermal buffer zones that dramatically reduce cooling energy consumption
For businesses experiencing door failures during summer heat, our emergency door repair UK service ensures minimal disruption to your cooling systems when you need them most.
Professional Energy-Efficient Entrance Solutions from GB Entrance Engineering
Maintaining building security, functionality, and energy efficiency during summer requires expertise in advanced entrance system design and installation optimized for hot weather performance.
GB Entrance Engineering provides comprehensive entrance solutions specifically designed to optimize cooling energy performance for commercial and industrial facilities. Our extensive range includes both standard and custom-engineered systems that deliver exceptional thermal performance during peak summer conditions.
Our Summer Energy-Efficient Entrance Systems Include:
Revolving door systems with superior air-sealing performance for maximum cooling retention
Automatic sliding doors with advanced sensor technology optimized for summer operation
High-speed industrial doors for manufacturing and warehouse applications in hot weather
Insulated sectional doors for loading dock and industrial applications during summer heat
Curtain wall entrance systems with thermal break technology and solar heat rejection
Custom vestibule systems designed for maximum summer cooling efficiency
Professional Services That Ensure Optimal Summer Performance:
Summer energy performance consultation to identify the most effective cooling efficiency solutions
Custom system design tailored to your specific building requirements and summer cooling needs
Professional installation by certified technicians experienced in summer performance optimization
Ongoing maintenance programs to ensure continued energy efficiency during hot weather
Performance monitoring to verify cooling energy savings achievements throughout summer
Our experienced team understands how entrance systems impact overall building cooling energy performance during summer months. We work with facility managers, architects, and building owners to implement solutions that deliver measurable cooling energy savings while enhancing building functionality and security.
Why Choose GB Entrance Engineering for Summer Energy Efficiency?
Don't just take our word for it - read our customer reviews to see how we've helped businesses across the UK reduce their summer cooling costs through efficient entrance systems. Our warehouse door repair reviews showcase real examples of cooling energy savings achieved through professional maintenance and upgrades.
For businesses concerned about compliance, our door compliance services UK ensure your entrance systems meet all relevant energy efficiency and safety standards for year-round operation.